Eo 1.) The shaft shown has two pulleys with belt loads as shown. A brake at...

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Eo 1.) The shaft shown has two pulleys with belt loads as shown. A brake at location 'A' holds the shaft fixed. Brake 200 mm - 120 mm-dia. pulley B 200 mm 32 mm-dia. 400 N 110 N 1400 N 200 mm 240 mm-dia. pulley NOTE: Pulleys are keyed to the shaft with sled-runner keyseats +850 N a.) Draw the torque diagram for the shaft. b.) Determine the torsional shear stress in the following locations: Between A and B Between B and C Between C and D At pulley B At pulley C c.) Determine the angle of twist at points B, C, and D with respect to brake. d.) If the brake is released, does the shaft move, and if so, what direction? Explain. Bearing Eo 1.) The shaft shown has two pulleys with belt loads as shown. A brake at location 'A' holds the shaft fixed. Brake 200 mm - 120 mm-dia. pulley B 200 mm 32 mm-dia. 400 N 110 N 1400 N 200 mm 240 mm-dia. pulley NOTE: Pulleys are keyed to the shaft with sled-runner keyseats +850 N a.) Draw the torque diagram for the shaft. b.) Determine the torsional shear stress in the following locations: Between A and B Between B and C Between C and D At pulley B At pulley C c.) Determine the angle of twist at points B, C, and D with respect to brake. d.) If the brake is released, does the shaft move, and if so, what direction? Explain. Bearing